Checkbox: RIP v1 and RIP v2 Comparison

When the student has completed this activity, the student will be able to identify the difference between RIP v1 and RIP v2.

Drag and Drop: Link-State Routing Overview

When the student has completed this activity, the student will be able to identify the differences between distance vector and link-state routing protocols.

Crossword Puzzle: OSPF Terminology

When the student has completed this activity, the student will understand the different OSPF terminology.

Checkbox: Link-State and Distance Vector Routing Protocols

When the student has completed this activity, the student will be able to identify different routing protocols as either link-state or distance vector.

Drag and Drop: OSPF Network Types

When the student has completed this activity, the student will be able to identify the different OSPF network types.

Drag and Drop: OSPF Packet Header

When the student has completed this activity, the student will be able to identify the different fields in an OSPF packet header.

Checkbox: IGRP and EIGRP Comparison

When the student has completed this activity, the student will be able to identify the difference between IGRP and EIGRP.

Crossword Puzzle: EIGRP Concepts and Terminology

When the student has completed this activity, the student will understand the different EIGRP concepts and terminology.

Drag and Drop: Devices Function at Layers

After completing this activity, students will be able to identify the different OSI layers where networking devices function.

Drag and Drop: 10BASE-T Transmission Times

After completing this activity, students will be able to identify the transmission times of 10BASE-T.

PhotoZoom: Cisco 1503 Micro Hub

In this PhotoZoom, the student will view the Cisco 1503 Micro Hub.

Drag and Drop: Full Duplex Ethernet

After completing this activity, students will be able to identify the requirements for full duplex Ethernet.

PhotoZoom: Cisco 2621 Router

In this PhotoZoom, the student will view a Cisco 2621 router.

PhotoZoom: Cisco 3640 Router

In this PhotoZoom, the student will view a Cisco 3640 router.

Drag and Drop: Switching Method Trigger Points

When the student has completed this activity, the student will be able to understand the different methods of switching.

Matching: LAN Design Goals

When the student has completed this activity, the student will be able to understand the terms, definitions, and goals in network LAN design.

PhotoZoom: Cisco Catalyst 1912

In this PhotoZoom, the student will view a Cisco Catalyst 1912 switch.

PhotoZoom: Cisco Catalyst 2950

In this PhotoZoom, the student will view a Cisco Catalyst 2950 switch.

PhotoZoom: Cisco Catalyst 4006

In this PhotoZoom, the student will view a Cisco Catalyst 4006 switch.

Point and Click: The Three-Layer Design Model

Students completing this activity will be able to identify the key function of the core layer in the three layer design model.

Fill in the Blanks: Switches and Collision Domains

After completing this activity, the student will be able to identify the role of a switch in preventing collisions and reducing collision domains.

Point and Click: Spanning-Tree Protocol

After completing this activity, the student will learn about the concept of Spanning-Tree Protocol.

Point and Click: Spanning-Tree States

When the student has completed this activity, the student will be able to identify the function of spanning-tree states.

Crossword Puzzle: Spanning-Tree States

When the student has completed this activity, the student will be able to identify the function of spanning-tree states.

Drag and Drop: VLAN Operation

When the student has completed this activity, the student will learn the path packets take in a network with VLANs. The student will predict the path a packet will take given the source host and the destination host.

Fill in the blank: Trunking Operation

When the student has completed this activity, the student will understand how using trunk links can reduce the number of physical interfaces needed on a switch.

Drag and Drop: Inter-VLAN Routing

When the student has completed this activity, the student will learn the path packets take in a network with inter-VLAN routing. The student will predict the path a packet will take given the source host and the destination host.